Min. Order / Reference FOB Price 500 Pieces : US $0.5/ Piece Port : Ningbo, China Production Capacity : 500000000000PCS Payment Terms : L/C, T/T, D/P Connection : Male Shape : Equal Head Code : Round Angle : 90 Degree Wall Thickness : STD Material : Copper
Min. Order / Reference FOB Price 500 Pieces : US $0.5/ Piece Port : Ningbo, China Production Capacity : 500000000000PCS Payment Terms : L/C, T/T, D/P Material : Copper Connection : Welding Transport Package : Seaworhty Specification : Customized Trademark : MAXCOOL Origin : China
1518 Anodes Of 88 Kg Each With A Total Of 121.5 Tons. Approx. Value Usd917.05 Ex Work Mine. Skills Requirement Anodes: Technical Description: 1. The Surface Of The Anode Plate Is A Lead-based Alloy Rolled Plate, And The Composition Of The Lead Alloy Plate: Sn: 0.8â?¡0.02%, Ca: 0.08-0.1%; 2. Lead Raw Materials Used In Lead Alloys Are Pb 99.99 Lead Ingots Specified In Gb/t 469: The Chemical Composition Of Copper Conductive Beams Is T2 Red Copper Specified In Gb5231; 3. The Quality Of Lead Alloy Plate Refers To Ys/t 498-2006, The Surface Is Smooth, Clean And Flat, No Cracks, Layers And Slag Inclusions Are Allowed; 4. The Thickness Of The Lead-coated Layer Is Uniform And Tightly Bonded With The Copper Rod, The Surface Is Smooth Without Flash, Burr, Pores And Inclusions, And The Surface Has No Deep Scratches; 5. The Welding Seam Is Welded By The Reverse Button Method (the Plate And The Beam Have Dovetail Grooves) To Ensure The Welding Seam Of The Beam And The Plate Is Firm.
Mold steel is a material that is used to manufacture the molds, including cold-punching mould, hot forging die, die-casting mold, and more. The mold is the main processing tool for the industry of machinery manufacturing, motor, radiometers and etc. The quality of mold would directly impact the quality of processing technic, the precision and output of products and more. The properties and heat treatment of mold steel would make a huge impact on the quality of mold except for the good design of structural and processing precision. Its grades, specification and quality determine the properties, life and manufacturing period of die. To sum up, these advantages of Songshun Steel are the important reasons for choosing to buy plastic mold steel material from Songshun Steel. If you want to purchase plastic mold steel, we can meet your needs in terms of quality, price, supply capacity, delivery, technology and service, and will be your best partner. Songshun specialized in Special Steel for almost 20 years. We can supply mold steel, high speed steel, alloy steel, free cutting steel and etc.Welcome your contact 24 hours a day!!!
Plastic mold steel is an ideal material widely used in many industries, especially in the mold field. The plastic mold steel selected for the production of the mold has a direct impact on the quality and efficiency of the product. Therefore, when purchasing plastic mold steel material, multiple factors need to be considered in terms of product quality. It is very important to choose the best quality plastic mold suppliers, and Songshun steel will be your best choice. This article will explain in detail why you choose to buy plastic mold steel materials from Songshun Steel. The Quality Of Plastic Mold Steel Material Songshun Steel provides the highest quality plastic mold steel to ensure the performance of the product, which plays a key role in meeting the requirements of the manufactured product and improving its life. The following are the key points to consider when choosing plastic mold steel material. (1) Wear resistance and corrosion resistance: Due to the frequent need to withstand continuous compression, friction, wear, and contact with chemical substances when manufacturing and using molds or other products, choosing plastic mold steel material with good wear resistance and high corrosion resistance, can extend the service life of the product, ensure its surface glossiness and accuracy, and prevent surface corrosion and damage. (2) Hardness and toughness: Plastic mold steel has a certain hardness and sufficient toughness. A good balance between the two can ensure that the manufactured products are not easy to deform and avoid breakage or cracks during use. (3) Machinability: plastic mold steel needs to have good machinability, easy to manufacture molds with complex shapes, and convenient for cutting, broaching, polishing, trimming, heat treatment and other process operations in the processing and manufacturing process. Therefore, the machinability of die steel is also an important consideration. Good cutting performance can ensure the precision and efficiency of mold processing. In addition to the above performance points, plastic mold steel material also needs to have good thermal conductivity, stability, strength, and so on. These requirement must be ensured during the production process of Songshun steel, ensuring that the provided plastic mold steel has these properties and provides high-quality steel.
SILICO MANGANESE
The Ruthenium Iridium Titanium Electrode for Hydrogen-rich Water Cup is a crucial component used in hydrogen-rich water cups. This electrode utilizes a titanium alloy coated with a ruthenium-iridium layer as its primary material. This high-performance electrocatalytic material facilitates the electrolysis reaction in water, splitting water molecules into hydrogen and oxygen gases. The ruthenium-iridium coated titanium alloy possesses excellent conductivity and corrosion resistance, ensuring stable performance over extended periods. Parameter Base Material: GR1 titanium Coating: Ruthenium-Iridium Size: according to customersâ?? requirements Technique: brushing or electroplating Features 1.Efficient electrolysis: The electrode uses ruthenium-iridium coated titanium alloy as a high-efficiency electrocatalytic material to promote the electrolysis process of water and decompose water molecules into hydrogen and oxygen. 2.Excellent conductivity: The ruthenium-iridium coated titanium alloy electrode has excellent conductivity, ensuring the smooth transmission of electrons in the electrolysis reaction and improving the efficiency of hydrogen production. 3.Corrosion Resistance: The electrodes are designed to be corrosion resistant, ensuring stability over long periods of use. The combination of titanium alloy and ruthenium-iridium coating provides excellent corrosion resistance and remains stable even in aqueous and electrolytic conditions. 4.Increase surface area: Electrodes usually adopt composite structures, including multi-layer films and nanostructures, to increase the surface area of the electrode and increase the contact area with water, promoting more efficient electrolysis reactions. 5.RELIABILITY & DURABILITY: Ruthenium Iridium Titanium Electrode is manufactured using strict quality control measures. This includes selection of high-quality materials, precise manufacturing processes and comprehensive performance testing. The electrode design is stable, reliable and highly durable. Application in the Hydrogen-rich Water Cup The Ruthenium Iridium Titanium Electrode plays a vital role in hydrogen-rich water cups, enabling the generation of hydrogen-rich water through efficient electrolysis. This high-performance electrode, composed of a titanium alloy coated with a ruthenium-iridium layer, facilitates the electrolytic process, splitting water molecules into hydrogen and oxygen gases.
All aluminum products.
We are a 99.9% pure copper supplier in Sri Lanka. if any one is interested we can supply copper with the product form
Nickel fiber felt is a versatile material made from high-quality nickel fibers, featuring wide-ranging applications and excellent performance characteristics. This felt-like material is composed of uniformly distributed and interconnected nickel fibers, forming an open porous structure. Nickel fiber felt finds widespread applications across multiple industries. In the field of fuel cells, nickel fiber felt is used as a Gas Diffusion Layer (GDL) to enhance the performance and durability of Proton Exchange Membrane Fuel Cells (PEMFCs) and Solid Oxide Fuel Cells (SOFCs). It promotes efficient reactant distribution, enhances water management, and improves overall cell performance. Additionally, nickel fiber felt is extensively applied in redox flow batteries, electrolyzers, supercapacitors, and water treatment systems. In these applications, it serves as a GDL, optimizing electrochemical reactions, improving battery cycling performance, and providing excellent chemical stability and high surface area. Parameters Material: Pure nickel fiber Color: Light grey Size: Customized upon request Thickness: 0.2mm-2mm (Usually 0.25, 0.4, 0.6, 0.8, 1.0mm) Porosity: 60-90% (It can be customized upon request) Shape: customized (polygon, round, ring, disc, etc.) Features High Porosity Uniform Wire Diameter Lightweight and Flexibility Excellent Temperature Resistance Applications: Fuel Cells: Nickel fiber felt is extensively used as a GDL in proton exchange membrane fuel cells (PEMFCs) and solid oxide fuel cells (SOFCs). It facilitates efficient reactant distribution, enhances water management, and improves overall cell performance. Redox Flow Batteries: Nickel fiber felt is employed as a GDL in redox flow batteries, enabling efficient electrolyte flow and maintaining consistent electrode performance. Electrolyzers: It is utilized as a GDL in electrolyzers to enhance the electrochemical reactions during hydrogen production. Supercapacitors: Nickel fiber felt finds applications as a current collector and GDL in supercapacitors, enabling high power density and rapid charge/discharge cycles. Water Treatment: It is used in electrochemical water treatment systems, such as electrocoagulation and electrochemical oxidation, due to its excellent chemical stability and high surface area. Manufacturing flow
Tungsten Bar Grade: W-1, XW-2 Appearance: silver-gray or dark gray metal bar Specifications: 16mm*16mm*(550-570)mm Packing: metal box or environmental-friendly carton box Chemical specification: Super purity tungsten bar specification (%) Main contents: W: 99.99 Contents of other elements Be0.0001 N0.0005 Zn0.0001 Ba0.0001 Al0.0001 As0.0001 H0.0005 O0.004 Sn0.0001 Co0.0001 Cu0.0001 Fe0.0001 Pt0.0001 Mn0.0001 Mo0.0002 Ni0.0001 Pb0.0001 Sb0.0001 Cd0.0001 Mg0.0001 Ca0.00045 Bi0.0001 Ti0.0001 Cr0.0001 Na0.0009 K0.0005 Quantity: 20/box Net box weight: 50 kg/box Applications: High purity tungsten bars are used in the field of national defense, military weapons and precision electronic industry and other precision technology and materials, to prepare rods or tungsten wires, or as high performance electrodes, heating elements or high temperature components. Ultra high purity tungsten (5N or 6N) is often used as a gate, link and barrier metal in the electronic industry due to its high resistance to electron migration, high temperature stability and the formation of stable silicides. The ultra-high pure tungsten and tungsten or tungsten titanium silicon composite material is often made of sputtering target materials with high purity, in the form of the film covered on the substrate or other thin film layer, for very large-scale integrated circuit as a resistance layer, a diffusion barrier layer and the metal oxide semiconductor transistor as the gate material and link materials.
Tungsten carbide roller rings are commonly used in machinery and industrial applications for their high wear resistance and toughness. Tungsten carbide is a composite material made from tungsten carbide particles and a binding metal such as cobalt or nickel. The resulting material is extremely hard and durable, making it suitable for use in applications where high wear resista nce is required.
NEBA Li Metal is high pure lithium metal (purity 99.9%) for the application of Li batteries as anode and cathode materials.
The products are covered from lithium metal ingot to the processed products such as ingot, ultra thin foil (sheet), thin foil inlayed Cu foil, Chip, powder, and alloy.
NEBA Li Metal is high pure lithium metal for the application of Li batteries as anode and cathode materials.
The products are covered from lithium metal ingot to the processed products such as ingot, ultra thin foil (sheet), thin foil inlayed Cu foil, Chip, powder, and alloy.
The products are covered from lithium metal ingot to the processed products such as ingot, ultra thin foil (sheet), thin foil inlayed Cu foil, Chip, powder, and alloy.
NEBA Li Metal is high pure lithium metal for the application of Li batteries as anode and cathode materials. The products are covered from lithium metal ingot to the processed products such as ingot, ultra thin foil (sheet), thin foil inlayed Cu foil, Chip, powder, and alloy.
Product Introduction A titanium anode is a type of electrode used in electrochemical devices such as fuel cells, electroplating, and water treatment systems. It is made of titanium, a metal that is known for its high strength, corrosion resistance, and ability to withstand harsh environments. Titanium anodes are commonly used in applications where other materials would be prone to corrosion or degradation. In a fuel cell, the titanium anode is the electrode where the fuel (typically hydrogen) is oxidized to produce protons and electrons. The anode is a critical component of the fuel cell, as it facilitates the electrochemical conversion of fuel into electricity. Titanium anodes are preferred in fuel cells because they are durable and can withstand the harsh acidic and alkaline conditions that are present in the fuel cell. Parameter The product specifications of TOPTITECH 10um Titanium Anode GDL are as follows: Titanium Anode GDL Thickness: 0.4 mm Pore size: 10 um Length x Width: 200 x 200 mm Operating Temperature: Up to 120C Operating Pressure: Up to 3 bar Compatibility: Compatible with various systems Application Scenarios: Suitable for industrial production, transportation, energy storage, and other fields Features 1. Corrosion resistance: Titanium is highly resistant to corrosion, which makes it an ideal material for use in harsh environments such as fuel cells. The titanium anode GDL is all exposed to acidic and alkaline conditions, and the use of titanium ensures that these components will not corrode or degrade over time. 2. Durability: Titanium is a strong and durable material that can withstand a wide range of temperatures and pressures. This makes it an ideal material for use in fuel cells, where the components must be able to withstand the stresses of operation over long periods of time. 3. High conductivity: Titanium has a high electrical conductivity, which makes it an efficient material for use as an anode in a fuel cell. This high conductivity ensures that the electrochemical reactions can take place efficiently, leading to higher overall efficiency of the fuel cell. 4. Low weight: Titanium is a lightweight material, which makes it an ideal choice for use in fuel cells where weight is an important consideration. The use of lightweight materials helps to reduce the overall weight of the fuel cell, making it more portable and easier to transport.
0.4mm Ti felt from for LGDL in electrolyzer is a versatile material with a wide range of applications in various industries including aerospace, chemical processing and energy. The material sinters titanium fibers together to form a porous structure. The result is a lightweight, high-strength material with unique mechanical and thermal properties. 0.4mm Ti felt from TOPTITECH for LGDL in electrolyzer can be used in hydrogen production and fuel cell stacks as the LGDL (Liquid/Gas Diffusion Layer). Titanium fiber mat is a promising material for electrolyzers due to its high thermal/electrical conductivity and great mechanical qualities. High corrosion resistance at high positive overpotential, for example, even in severely acidic and humid circumstances. Parameter Material: Titanium Size: 1500 1200mm Fiber size: 20 microns-40 microns Thickness: 0.20mm 0.25mm 0.40mm 0.60mm 0.8mm Porosity: 60% 75% Features 1.3D Mesh Porous Structure: 2.Strong corrosion resistance; 3.Best Electrolytic Performance: 4.High porosity and current density; 5.The pore size distribution is uniform. Features 1.3D mesh porous structure. This allows for excellent permeability and efficient electrolyte transport. This unique structure also provides a large surface area for electrochemical reactions to occur, resulting in improved performance. 2.Strong corrosion resistance. This makes it a reliable choice for use in harsh environments. This feature ensures that the product maintains its structural integrity and performance over time, even when exposed to corrosive substances. 3.Best Electrolytic Performance. When it comes to electrolytic performance, this product is a top performer. Its design allows for high porosity and current density, meaning that it can efficiently transfer electrical charge between the electrodes and the electrolyte. This results in improved energy conversion and overall system efficiency. 4.Uniform pore size distribution. This feature ensures that the electrolyte can flow evenly throughout the structure, providing consistent performance and minimizing the risk of localized damage or failure. Craft The process is to make titanium wire into micron-scale fiber through special process. The porous material is then made by laying down and sintering titanium fibers. The unique three-dimensional fiber network and fully connected pore structure will endow it with a series of special functions.
